Deep Groove Ball Bearing

1. High-Speed Performance: The balls roll between the inner and outer rings with a relatively low friction coefficient. This effectively reduces energy loss during high-speed operation, which is crucial for stamping mold machines that require rapid operations.

2. Strong Load Capacity: The deep raceway allows for more balls to be accommodated while supporting both radial and some axial loads. This increases the bearing area, effectively distributing the loads applied to the bearing and enhancing its load capacity.

Plain Bearing

1. High Load Capacity: The GE60FO-2RS sliding bearing has a relatively large contact area, effectively distributing the load applied to the bearing and enhancing its load capacity. This makes it suitable for the high-pressure and heavy-load working environment of stamping mold machines, ensuring equipment stability and safety.

2. Low Noise and Smooth Operation: With its surface contact design, the GE60FO-2RS sliding bearing generates a larger contact area during operation, evenly distributing the load and reducing localized wear and noise. This lowers the overall noise level of the stamping mold machine, improving comfort in the working environment.

Additional Notes:

The Mexican customer decided to procure QIBR's GE60FO-2RS sliding bearings and 624 2Z deep groove ball bearings to improve the precision and efficiency of their molds. With years of R&D experience, QIBR is committed to innovation and technological upgrades. The company is equipped with top-notch production equipment and advanced testing instruments, using high-quality materials to ensure the bearings' wear resistance and longevity. In stamping molds, the GE60FO-2RS sliding bearings and 624 2Z deep groove ball bearings must withstand frequent loads and friction; high-quality materials effectively reduce wear and extend service life. QIBR's GE60FO-2RS sliding bearings and 624 2Z deep groove ball bearings provide excellent rotational accuracy and low friction characteristics, allowing stamping molds to maintain stable performance during high-speed operations, improving production efficiency while reducing energy consumption.